insulator Voltage 1st fuse resistance constructive circuit breaker Amps rest point m/s2 static discharge heat energy Normal Power EME trough volts EMF watts Terminal velocity longitudinal Induction KE amplitude energy Applied Static Charge conductor Electromagnetic Wave Rarefaction Component Mechanical Wave Conservation of Energy kg*m/s destructive chemical energy momentum velocity elastic reflection kg centripetal inelastic tangential speed medium speed circuit net force force frame of reference ohms nuclear Time wavelength convex impulse Joules Resultant Vibration N*s centrifugal m+direction crest series mechanical force Projectile e- meters inertia Compresssion Wave frequency current newton Cycle vector concave acceleration PE parallel diffraction refraction gravity friction transverse wave m/s 3rd period Pulse insulator Voltage 1st fuse resistance constructive circuit breaker Amps rest point m/s2 static discharge heat energy Normal Power EME trough volts EMF watts Terminal velocity longitudinal Induction KE amplitude energy Applied Static Charge conductor Electromagnetic Wave Rarefaction Component Mechanical Wave Conservation of Energy kg*m/s destructive chemical energy momentum velocity elastic reflection kg centripetal inelastic tangential speed medium speed circuit net force force frame of reference ohms nuclear Time wavelength convex impulse Joules Resultant Vibration N*s centrifugal m+direction crest series mechanical force Projectile e- meters inertia Compresssion Wave frequency current newton Cycle vector concave acceleration PE parallel diffraction refraction gravity friction transverse wave m/s 3rd period Pulse
(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.
insulator
Voltage
1st
fuse
resistance
constructive
circuit breaker
Amps
rest point
m/s2
static discharge
heat energy
Normal
Power
EME
trough
volts
EMF
watts
Terminal velocity
longitudinal
Induction
KE
amplitude
energy
Applied
Static Charge
conductor
Electromagnetic Wave
Rarefaction
Component
Mechanical Wave
Conservation of Energy
kg*m/s
destructive
chemical energy
momentum
velocity
elastic
reflection
kg
centripetal
inelastic
tangential speed
medium
speed
circuit
net force
force
frame of reference
ohms
nuclear
Time
wavelength
convex
impulse
Joules
Resultant
Vibration
N*s
centrifugal
m+direction
crest
series
mechanical force
Projectile
e-
meters
inertia
Compresssion
Wave
frequency
current
newton
Cycle
vector
concave
acceleration
PE
parallel
diffraction
refraction
gravity
friction
transverse wave
m/s
3rd
period
Pulse